Equipment foundation standard mould of multifunctional transformer substation

Abstract

The invention discloses an equipment foundation standard mould of a multifunctional transformer substation and solves the problems that the existing template cannot be repeatedly used and a resource is wasted. The equipment foundation standard mould is characterized by being formed by four splayed templates; each template comprises two side edges and one straight edge; the included angle between each side edge and the straight edge is 135 degrees; the side edge at one side is provided with a fixed mother board buckle; the fixed parent palate buckle is provided with a movable hasp ring and the side edge of the other side is correspondingly provided with a movable sub-plate buckle; and in order to enable the mould to be used more stably, the outer side of each template is respectively connected with a hydraulic device formed by a hydraulic cylinder, a universal head, a top plate and a bottom plate. According to the equipment foundation standard mould, the length and the width can be adjusted, different specifications of the moulds can be spliced, and the mould can be moved up and down, and moved from the left to the right; the equipment foundation standard mould is convenient to transport, mount, detach and splice and can be repeatedly used in a plurality of transformer substations for many times, so that the machining and mounting costs are reduced; and the reliable safety facility guarantees are provided for the foundation construction work.

Description

Technical field [0001] The invention relates to civil engineering, and more specifically to a standard mold for equipment foundation. Background technique [0002] At present, the basic concrete pouring of equipment such as main transformers, capacitors, reactors, circuit breakers, isolating switches, and main busbar frames in substations mostly uses construction plywood and construction wooden formwork, and there is no standardized formwork. Although the one-time cost is low, easy to assemble, convenient to use, etc., its disadvantages are the large use of human resources during installation, the large construction scope and work area, large workload, long construction period, difficult to fix the template, and a large amount of square wood. And it cannot be reused, causing waste of wood resources, destroying the ecological environment, generating construction waste that is not environmentally friendly, and affecting the safe and civilized construction environment on site. In a...

AI Technical Summary

Problems solved by technology

Although the one-time cost is low, easy to assemble, and convenient to use, etc., its disadvantages are that it uses a lot of human resources during installation, the construction scope and work area are large, the workload is large, the construction period is long, the formwork is difficult to fix, and a large amount of square wood is required. And it cannot be reused, causing waste of wood resources, destroying the ecological environment, generating construction waste, which is not environmentally friendly, and affecting the safe and civilized construction environment on site, etc.

In addition, the grouting ratio is easy to be unbalanced, the thickness of the glue layer is uneven, it is not resistant to moisture and soaking, it is easily damaged, and it is prone to explosion. There are quality risks in harsh environments and climatic conditions.

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